The Cisco 350-901 exam encompasses a wide range of knowledge and skills that are grouped into 5 domains. The abilities related to each topic are outlined below:
- Software Development & Design – 20%
The first domain revolves around the candidates’ skills, such as describing distributed applications associated with the principles of back-end, front-end, as well as load balancing; evaluating the design of an application taking into consideration modularity and scalability; evaluating the design of an application taking into consideration resiliency as well as high-availability (including Cloud, hybrid, and onpremises); evaluating the design of an application taking into consideration rate limiting and latency; evaluating the design as well as implementation of an application taking into consideration maintainability; evaluating the design as well as implementation of an application taking into consideration observability. The examinees should also show that they are skilled at diagnosing problems with an application depending on logs associated with an event; evaluating the choice of database kinds depending on the application requirements (including document, relational, columnar, graph, and Time Series); explaining architectural patterns (including microservices, services oriented, monolithic, as well as event driven); utilizing upgraded version control operations using Git (including merging a branch, resolving conflicts; git reset; git checkout; git revert); explaining the principles of release packaging as well as dependency management; constructing a sequence diagram including API calls.
- Utilizing APIs – 20%
This topic comprises the following skills: implementing robust REST API error management for time outs as well as rate limits; implementing consumer code control flow for unrecoverable REST API errors; defining ways to optimize API utilization via HTTP cache controls; constructing an application consuming a REST API that maintains pagination; describing the stages within the OAuth2 three-legged authorization code grant flow.
- Infrastructure & Automation – 20%
Within this part, the learners need to demonstrate that they are capable of explaining model-driven telemetry considerations (comprising data consumption as well as data storage); utilizing RESTCONF to customize a network device including static routes, VLANs (IOS XE only), and interfaces; constructing a workflow to customize network parameters using ansible playbook as well as puppet manifest; defining a configuration management solution to meet the technical as well as business requirements; describing how to host an application on a network device (including Cisco IOx-enabled devices and Catalyst 9000).
- Application Deployment & Security – 20%
To tackle the questions from this section, the applicants should have competency in diagnosing a CI/CD pipeline failure (including missing dependency, failed tests, as well as incompatible versions of elements); integrating an application into a prebuilt CD environment using Docker as well as Kubernetes; describing the advantages of continual testing as well as static code analysis within a CI pipeline; utilizing Docker in order to containerize an application. In addition, the individuals must be able to describe the "12-factor app" tenets; describe an efficient logging approach for an application; explain data privacy concerns associated with storage as well as data transmission; define the secret storage strategy appropriate for a particular scenario. Other skills covered in this domain include configuring application specific SSL certificates; implementing mitigation approaches for OWASP threats (including CSRF, XSS, as well as SQL injection); describing how end-to-end encryption concepts apply to APIs.
- Cisco Platforms – 20%
Here the test takers must confirm their proficiency in constructing the API requests to implement chatops using Webex Teams API; constructing the API requests in order to develop as well as delete objects with the help of Firepower device management (FDM); constructing the API requests with the help of the Meraki platform to fulfill these tasks (including utilizing Meraki Dashboard APIs to activate SSID as well as utilizing Meraki location APIs to retrieve location data). Besides that, the students should have the relevant skills in constructing API calls to retrieve data from Intersight; constructing a Python script with the help of UCS APIs to provision a new UCS server depending on a template; constructing a Python script with the help of Cisco DNA center APIs to retrieve as well as display wireless health data; describing the capacity of AppDynamics while instrumenting an application; describing stages to construct a custom dashboard to provide data collected from Cisco APIs.
Cisco 350-901 DEVCOR Exam Details
The candidates who want to take 350-901 test should know that its duration is 2 hours. Plus, the registration can be done using the Pearson VUE platform. Even though Cisco doesn’t have any prerequisites for this exam, the vendor recommends that the examinees should know how to work with Cisco APIs and Core Platforms. As already mentioned above, such a test is the first one to obtain the DevNet Professional certification. Apart from this exam, the designation can be obtained after passing one of the following concentration exams:
- DEVIOT 300-915;
- SPAUTO 300-535;
- ENAUTO 300-435;
- CLAUTO 300-835;
- DEVWBX 300-920.
- DCAUTO 300-635;
- DEVOPS 300-910;
- SAUTO 300-735;
Difficulty in Writing Cisco 350-901: Developing Application using Cisco Core Platforms & APIs Exam
One of the most important certifications that applicants may have on their resume is Cisco 350-901: Developing Application using Cisco Core Platforms & APIs certification. One of the key problems faced by most candidates is to choose the right research materials for their exam preparation since they use the internet to find too much data that makes it difficult for them to trust, which would be helpful for them.
Cisco 350-901: Developing an Application using Cisco Core Platforms & APIs exam is not an easier one and can turn out to be a very difficult certification if not well prepared. If professionals take 350-901 practice exams, they can greatly overcome the exam difficulty.
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Cisco 350-901 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cisco Platforms | 20% | - Capabilities of Cisco security platforms (Firepower, ISE) - API capabilities of Cisco Meraki - Capabilities of Cisco Nexus platforms - Capabilities of Cisco collaboration platforms (Webex Teams) - Capabilities of Cisco Unified Computing System (UCS) - Capabilities of Cisco MGMT platforms (vManage, DNA Center, Intersight) - API capabilities of Cisco AppDynamics |
| Topic 2: Using APIs | 20% | - Common HTTP response codes associated with REST APIs - Usage of software development kits (SDKs) - Error handling - API authentication/authorization methods (basic auth, OAuth, API keys, tokens) - Synchronous and asynchronous API calls - API styles/protocols (REST, RPC, gRPC, GraphQL, webhook) - Pagination and rate-limiting concepts - JSON/YAML data formats |
| Topic 3: Software Development and Design | 20% | - Application design considering scalability and modularity - Architectural patterns (monolithic, services-oriented, microservices, event-driven, serverless) - Design patterns (MVC, Observer, Factory, Singleton) - Diagnosing problems with application design - Application design considering latency and rate limiting - Application design and implementation considering maintainability - Basics of software testing - Use of version control (Git) - Distributed applications related to the concepts of front-end, back-end, and load balancing - Application design considering high availability and resiliency - Application design and implementation considering observability |
| Topic 4: Application Deployment and Security | 20% | - Benefits of continuous integration and continuous deployment (CI/CD) - Components of a CI/CD pipeline (build, test, deploy) - Container concepts (Docker, Kubernetes) - Secrets management (HashiCorp Vault, CyberArk) - OWASP top 10 security risks - Encryption techniques (data in transit, data at rest) - Device authentication and authorization (OAuth2, API keys, tokens) - Application deployment models (on-premises, hybrid, cloud, edge) |
| Topic 5: Infrastructure and Automation | 20% | - Basics of Linux and networking (IP addressing, routing, DNS, NTP) - Source code review and code quality assurance - Infrastructure as Code (IaC) concepts - Network automation concepts (Ansible, Puppet, Terraform) - Model-driven programmability (YANG, NETCONF, RESTCONF) - Usage of JSON and YAML for data serialization |














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